A Student'S Guide To Python For Physical Modeling: Updated Edition,New
A Student'S Guide To Python For Physical Modeling: Updated Edition,New

A Student'S Guide To Python For Physical Modeling: Updated Edition,New

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A Fully Updated Tutorial On The Basics Of The Python Programming Language For Science Studentspython Is A Computer Programming Language That Is Rapidly Gaining Popularity Throughout The Sciences. This Fully Updated Edition Of A Student'S Guide To Python For Physical Modeling Aims To Help You, The Student, Teach Yourself Enough Of The Python Programming Language To Get Started With Physical Modeling. You Will Learn How To Install An Opensource Python Programming Environment And Use It To Accomplish Many Common Scientific Computing Tasks: Importing, Exporting, And Visualizing Data; Numerical Analysis; And Simulation. No Prior Programming Experience Is Assumed.This Tutorial Focuses On Fundamentals And Introduces A Wide Range Of Useful Techniques, Including: Basic Python Programming And Scripting Numerical Arrays Two And Threedimensional Graphics Monte Carlo Simulations Numerical Methods, Including Solving Ordinary Differential Equations Image Processing Animationnumerous Code Samples And Exerciseswith Solutionsillustrate New Ideas As They Are Introduced. Webbased Resources Also Accompany This Guide And Include Code Samples, Data Sets, And More. This Current Edition Brings The Discussion Of The Python Language, Spyder Development Environment, And Anaconda Distribution Up To Date. In Addition, A New Appendix Introduces Jupyter Notebooks.

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Frequently Asked Questions

  • Q: What topics does 'A Student's Guide to Python for Physical Modeling' cover? A: This guide covers fundamental Python programming, numerical arrays, two- and three-dimensional graphics, Monte Carlo simulations, numerical methods, image processing, and animation.
  • Q: Is prior programming experience required to use this book? A: No, this book assumes no prior programming experience, making it suitable for beginners.
  • Q: What is the page count of this book? A: The book contains 168 pages.
  • Q: Who is the author of this guide? A: The author is Jesse M. Kinder.
  • Q: When was this updated edition published? A: The updated edition was published on January 30, 2018.
  • Q: Does this book include code samples and exercises? A: Yes, it includes numerous code samples and exercises, along with solutions to help illustrate new concepts.
  • Q: What programming environment does this book suggest using? A: The book recommends using the Spyder development environment and the Anaconda distribution.
  • Q: Are there any online resources available with this book? A: Yes, web-based resources accompany the guide, including additional code samples and data sets.
  • Q: What is the binding type of this book? A: The book is available in paperback binding.
  • Q: Is this book suitable for science students? A: Yes, it is specifically designed for science students looking to learn Python for physical modeling.